The Ersa 102SDLF06 is a specialised tool designed for precision soldering tasks. This tip, with its 0.6 mm diameter, is particularly suited for intricate soldering where accuracy and control are paramount. The 30° bent conical shape of the tip enhances its ability to reach confined or awkward spaces, making it an invaluable asset for detailed electronic work. Its durability and efficient heat transfer make it a valuable tool for professionals and enthusiasts.

• Precision Design

The 0.6 mm diameter of the Ersa 102SDLF06 tip allows for exceptionally precise soldering. This fine tip ensures that even the most minor components can be soldered with accuracy, reducing the risk of damage to nearby parts.

Impressive Features and Benefits of the Bent Conical Soldering Iron Tip

• The 30° bend in the tip is a significant feature.
• It provides better access to tight or difficult-to-reach areas, which is often a challenge in complex electronic assemblies.
• Constructed with high-quality materials, this soldering iron tip is designed for longevity.
• It withstands regular use and maintains its shape and functionality over time.
• The 102SDLF06 is engineered for efficient heat transfer, ensuring a consistent temperature during soldering tasks.

The Ersa 102SDLF06, 0.6 mm 30° Bent Conical Soldering Iron Tip: Wide Application Range

The Ersa 102SDLF06, with its fine tip and bent design, is a versatile tool that enhances precision and accessibility in a variety of soldering tasks, such as:

• This soldering tip is ideal for repairing and assembling electronic devices. Its precision is perfect for working on circuit boards, smartphones, and other gadgets where space is limited and accuracy is essential.
• In the domain of jewellery making, the Ersa 102SDLF06 can be utilised for delicate soldering tasks, such as attaching small components or detailed metalwork.
• For hobbyists engaged in model making or DIY electronics, this soldering tip offers the precision needed for intricate work, ensuring professional-looking results even in a home workshop setting.

For more information please check the datasheets.